Using the C++ Math Library | ![]() ![]() |
Building an Application
There is C++ source code for example ex1.cpp
included in the <matlab>
/extern/examples/cppmmath
directory, where <matlab>
represents the top-level directory where MATLAB is installed on your system. To verify that mbuild
is properly configured on your system to create stand-alone applications, copy ex1.cpp
to your local directory and cd
to that directory. Then, at the UNIX prompt, enter:
mbuild ex1.cpp
This should create the file called ex1
. Stand-alone applications created on UNIX systems do not have any extensions. If you have a problem using mbuild, see Troubleshooting mbuild.
Locating Shared Libraries
Before you can run your stand-alone application, you must tell the system where the API and C++ shared libraries reside. This table provides the necessary UNIX commands depending on your system's architecture.
It is convenient to place this command in a startup script such as ~/.cshrc
. Then, the system will be able to locate these shared libraries automatically, and you will not have to re-issue the command at the start of each login session. The best choice is to place the libraries in ~/.login
, which only gets executed once.
Note
On all UNIX platforms, the C/C++ libraries are shipped as shared object (.so ) files or shared libraries (.sl ). Any stand-alone application must be able to locate the C/C++ libraries along the library path environment variable (SHLIB_PATH , LIBPATH , or LD_LIBRARY_PATH ) in order to be loaded. Consequently, to share a stand-alone application with another user, you must provide all of the required shared libraries. For more information about the required shared libraries for UNIX, see Building a Stand-Alone Application on PCs. |
Running Your Application
To launch your application, enter its name on the command line. For example,
ex1 [ 1 3 5 ; 2 4 6 ] [ 1 4 ; 2 5 ; 3 6 ] Please enter a matrix:
![]() | Configuring the Build Environment | mbuild Options | ![]() |